smart products re design
DESCRIPTION
Smart Products re Design. Mark Cutkosky for Ed Carryer. A 40-year history of design project courses at Stanford. Product Design Program (w/ Fine Arts Dept.). Robotics. Team-based design with industrial projects. Smart Product Design Course. SIMA MSE program. MEMS and Mechatronics. RPL. - PowerPoint PPT PresentationTRANSCRIPT
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4-6-2004 AIM IAC 1
Smart Products reDesign
Mark Cutkoskyfor
Ed Carryer
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4-6-2004 AIM IAC 2
1960 1970 1980 1990 2000
Product Design Program (w/ Fine Arts Dept.)
Team-based design with industrial projects
SIMA MSE program
Bio
Robotics
Smart Product Design Course
MEMS and Mechatronics
RPL
A 40-year history of design project
coursesat Stanford
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4-6-2004 AIM IAC 3
Smart Product Design then and now
Intel 8086
PIC16F88 with“nanowatt” tech.
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4-6-2004 AIM IAC 4
A brief history of Smart Product Design at Stanford
1978: Smart Product Design launched by Larry Leifer1980: Expanded to 2-quarter sequence with extended
projects1987: Major revision to accommodate new microprocessor
and software development technologies; extended to 3 quarters
1994: 218d added (corporate-sponsored projects for218abc alumni)
1994: 1-quarter “mezzanine” version created2001: EE/CS version created and taught for first time2004: Ground-up redesign (from “smart products” to
ubiquitous intelligence?) -- thanks to AIM!
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4-6-2004 AIM IAC 5
Toward ubiquitous, wireless, low-cost and low-powered computing
3mm sq,
RiSE project(CMU/Michigan/Stanford)
Silicon Labs
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218 Technology: What’s hot, What’s not. . .
u Discrete Logic
u Assembly Language programming
u ROM Memory
u Schematic based design
u RS-232 communications u Wireless communications
u Digital Signal Processing
u Flash Memory
u FPGAs
u Hardware Description Languages
u C/C++/Java
u Embedded Real-Time Operating Systems
u Embedded Internet
1987 2003Smart Product Design Technologies
Fig 1. Changes in Smart Product technologies between 1987 and 2003. With the evolution of new electronics andcomputing technologies, the content of a Smart Products curriculum also changes. Formerly major topics (e.g.Discrete Logic) are now less important in comparison to wireless communications and embedded real-timeoperating systems.
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4-6-2004 AIM IAC 7
and what staysthe same. . .
Creative, excitingtrade-offs amongME/EE/CS solutions!
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The Evolution of the ME218 SeriesME218a ME218b ME218c ME218d
circuitssemiconductorsop-ampsdigital logic designforthcomparatorsevent driven prog.Microcontroller inro.modular prog.
Current
TheNextGeneration
NewMaterial
New Processor
user I/OinterruptsHC12 TimerDC motorsstepper Motorsstate machinessensorssignal conditioningnoise
sync. Comm.
async. comm.
A/D, D/A.
PIC 16F84.
choosing a micro
PCB manufacturing.
New Processor
RF communicationsNew ProcessorIR communications
PCB Layout
Real Time OS (RTOS)
Industrial Project
Low Power Design
?
StateChartsPID Control
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4-6-2004 AIM IAC 9
Status (Spring ‘04)
• Extensive meetings among 218 staff and “advisory board” (mostly alumni in industry).
• 218a extensively overhauled: new platform, content, schedule
• 218bc overhauls in process
• (218c distance taught from Berlin)